Field & Service Robots

Remote, low-bandwidth fleets

For cleaning, inspection, and delivery robots spread across sites: diagnostics that work offline, sync over thin links, and ship fixes back remotely.

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Delivery robot waiting alone at a night crosswalk under traffic lights

The challenge

Robots work at sites your engineers cannot quickly reach

Thin or intermittent links rule out streaming logs home

A site visit costs a day of travel for what is often a ten-minute fix

How selfpatch helps

We equip robots you cannot easily visit: faults persist on the robot with full context, compact fault records sync over thin links, and fixes ship back as health-gated OTA. Agriculture protocols (J1939/ISOBUS) are on the roadmap.

Offline faults · compact sync · OTA back

Architecture diagram - medkit on a remote robot persisting faults with context offline, syncing compact fault records to the fleet view when the link returns, and health-gated OTA shipping fixes back

What we deliver

Faults captured with full context, even with no network

Diagnostics-gated OTA for fleets you cannot easily visit

A fault knowledge base tuned to your robots and sites

See selfpatch on your fleet

Tell us about your stack. We'll show you how the diagnostic layer fits - and which of your recurring faults it could already resolve.

Talk to us Start with open source